journal publication Archives
Bacterial resistance breaks bridges
Mar. 14, 2013—Understanding how bacteria become resistant to quinolone antibiotics could guide strategies for developing new antibacterial drugs.
Tick-tock – predicting menopause
Mar. 6, 2013—An ultrasound count of potentially egg-producing follicles could predict the timing of menopause.
Gene ‘dose’ may be key to autism
Mar. 4, 2013—Individuals with overexpression of the gene MECP2 have core features of autism spectrum disorder.
Target for inflammatory bowel disease
Mar. 1, 2013—The factor STAT6 appears to play a role in the pathogenesis of an inflammatory bowel disease, suggesting it may be a promising target for new treatments.
Starting up protein synthesis, in yeast
Feb. 28, 2013—Researchers have found an unusual interaction between a factor that “turns on” protein synthesis and one that produces fatty acids.
Factor CITED in pediatric liver cancer
Feb. 20, 2013—Vanderbilt researchers report that they have found a factor involved in the persistence of embryonic cells implicated in childhood liver cancer.
Pancreas cells full of potential
Feb. 18, 2013—Adult cells in the pancreas can return to a less mature state – and then become a different cell type, like the beta cells that secrete insulin.
Cure in sight for kissing bug’s bite
Feb. 15, 2013—It’s possible to cure Chagas disease – a deadly tropical infection transmitted by “kissing bugs” – in a mouse model.
Cell connections key in valve disease
Feb. 14, 2013—A protein that connects cells together participates in the calcification that occurs in heart valve disease.
Linking oxygen, iron and red blood cells
Feb. 6, 2013—The HIF oxygen-sensing pathway and its responses to low oxygen may be targeted for treatments of anemia and disorders of iron balance.
Brain tumor TIP reveals new target
Feb. 4, 2013—The protein TIP-1 appears to be a novel prognostic marker for glioblastoma and may be a good therapeutic target for disrupting tumor-driven blood vessel development.
Cell source of heart’s blood vessels
Feb. 1, 2013—An unexpected group of cells generates the coronary arteries and may be useful for regeneration therapies following injury to the heart.